The intense and sharp shell structures observed in photoluminescence (PL) indicate unambiguously that the QDs retained their zero-dimensional (0D) density of states after the diffusion of the potential, which also causes strong blueshifts (over ∼200 meV) and a pronounced narrowing of the inhomogeneously broadened emission (down to ∼12 meV).
9 The viral infection theory has been taken into account for the ease of transmission and the diffusion of the potential infectious agents.
He argues, however, that with the diffusion of greater violence potential to smaller powers (such as al-Qaeda and North Korea), "the ability of Great Powers to insulate themselves from global demands for recognition will erode, making it more and more difficult to sustain a system in which their power and privileges are not tied to an enforceable rule of law" (524).
The diffusion of innovations among potential users is a subject discussed in several disciplinary literatures, much of it drawing on the seminal work of Everett Rogers Rogers and Shoemakerr 1971; Rogers 2003).
Membrane potential is the algebraic sum of diffusion potential and two Donnan potentials, determined by the partition of ions into the pore as well as the mobilities of ions within the membrane phase with respect to the external phase [2, 3].
Potentiometric based electrochemical measurement of diffusion potential at a junction between two flowing flame plasma gases is described.
Because of this slower diffusion, the potential benefits of IT innovations may be hampered unnecessarily.
The geometrical structures and hydrogen-bond tunneling pathways of the water trimer, tetramer, pentamer, and hexamer systems have recently been characterized with global analysis of potential surfaces, diffusion Monte Carlo calculations, and far-infrared laser vibration-rotation tunneling spectroscopy.
This transition in transport mechanism can be accounted for in terms of the input flux at the subsurface toward the electrode between by chemical diffusion and by the quotient of potential drop divided by cell-impedance.
The contribution of potential ligand diffusion (Yu et al., 2009) to the shape of the gradients, or to the downstream gradients of signal reception, has not been examined.
